Breakout board for monitoring up to 8 HC-SR04 ultrasonic sensors in real time via SPI. Works with Raspberry Pi & Arduino.Designed by Grove Enterprises, Ships from United States
What is it? This board monitors up to 8 HC-SR04 ultrasonic sensors and makes the sensor readings available over SPI. This is ideal for making interactive musical art projects as well as for robotic...Read More…
This board monitors up to 8 HC-SR04 ultrasonic sensors and makes the sensor readings available over SPI. This is ideal for making interactive musical art projects as well as for robotics.
It is also possible to use multiple boards if you need to monitor more than 8 sensors in a single project.
Libraries and example projects are available for Arduino Uno and Raspberry Pi.
A detailed instructable is now available for making an Ultrasonic Pi Piano with a Raspberry Pi and the Octasonic board.
Note that a logic level converter is required to convert between 3.3V and 5V when using this board with a Raspberry Pi. This is not required if you are using an Arduino.
In theory, this board will work with any single-board computer or microcontroller that supports SPI and runs on 3.3V or 5V, but I have only tested it with the Arduino Uno and Raspberry Pi.
The following drivers / libraries are available:
The Python and Rust libraries have been tested on the Raspberry Pi 3 Model B.
I made this for use in robotics projects, particularly autonomous vehicles. By offloading the work of monitoring ultrasonic sensors for obstacle avoidance, the main Arduino can spend more time handling navigation.
Although this was created for robotics, it can be used for any project requiring up to 8 ultrasonic sensors, making it ideal for creating musical instruments too! There's something neat about using sound measurements to make other sounds :-)
As far as I know, this is the only breakout board for 8 ultrasonic sensors on the market today.
This board comes fully assembled and tested.
You will need an Arduino or Raspberry Pi to connect it to, some HC-SR04 ultrasonic sensors, and appropriate jumper wires (female-female to connect the sensors, and male-female to connect to the Arduino).
Yurii | July 10, 2018
Yogendran | May 21, 2018
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I'm a professional software engineer by day but enjoy tinkering with Arduinos, Raspberry Pis, electronics and 3D printing in my spare time.
I've invented a couple handy boards so far, which I sell here to help cover some of the costs of my hobby.